Sentence examples for frequently interconnected from inspiring English sources

However, we showed that pairs of areas are less frequently interconnected, the further they are separated across the cortical surface (Fig.  4a).

Concerning the absence or presence of projections, the relative position of two areas within the hierarchical ordering was uninformative (Fig.  4c), with areas on adjacent levels of the hierarchy being no more frequently interconnected than those separated by more levels.

Thus, notwithstanding the possible undersampling of high structural type areas, our results suggest that areas of lower structural type are more frequently interconnected within the cortical connectome, and regardless of whether or not they are members of the 'rich-club' hub module.

MSNs are better suited than conventional sol-gel silica (or other inorganic) drug reservoirs, where pores are frequently not interconnected and the scaffold structure often degrades upon release32.

Most clinical databases are also usually special-purpose, restricted in access or private, and frequently not interconnected with other databases or the Web.

These features are interspersed with flatter regions of membrane and are frequently surrounded and interconnected by cytoskeletal assemblies.

When the PP2-B8 subnetwask was constructed, we found that this gene connects with 20 Probesets which are interconnected frequently between each other.

The most surprising feature of the PP2-B8 subnetwork is that the 20 Probesets, which are the first degree neighbors of Cit.35955.1.S1_at, are interconnected frequently between each other.

This figure suggests that the network topology exhibits a core-periphery dichotomy [ 36, 37] - about half of the nodes in this network interact frequently and are thus interconnected densely to form an inner 36-core, while others communicate with fewer nodes and scatter in different outer core layers to form the periphery of the network.

In protein structures, the interconnected triangle implies that proteins frequently have no outlying α or β helices; if a helix is within 10 Ǻ of two other helices, those two are frequently within 10 Ǻ of each other.

His point is that security must evolve beyond protecting a network's perimeters hard points to determine as big data centers interconnect more frequently.